def encryptionKey():
from generateKey import getKey
print("CIS220 Class Fall 2019 Help 0 | About i | Menu x")
print("")
print("")
print("")
print("{:^80}".format("Enigma Machine"))
print("")
print("")
print("{:^80}".format("Encryption"))
print("")
print("{:^80}".format("Enter your key or hit Enter to generate key"))
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
key = input("Enter Key: ")
if key == '':
key = getKey()
xkey = ''
for i in key:
xkey = xkey + str(i)
key = xkey
return key
def encryptionKey():
from generateKey import getKey
print(
"CIS220 Class Fall 2019 Help 0 | About i | Menu x"
)
print("")
print("")
print("")
print("{:^80}".format("Enigma Machine"))
print("")
print("")
print("{:^80}".format("Encryption"))
print("")
print("{:^80}".format("Enter your key in this format: #-#-#"))
print("{:^80}".format("The range is from 1 to 664"))
print("{:^80}".format("or hit Enter to generate key"))
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
key = input("Enter Key: ")
if key == '':
key = getKey()
key = key.split("-")
temp = []
for i in key:
i = i.lstrip("0")
temp.append(i)
key = '-'.join(temp)
from Utilities import checkKey
checkKey(key, "Encryption")
return key
def Scr_117(): #decryption key
from generateKey import getKey
print(
"CIS220 Project:TheEnigmaMachine Programmers: CIS220 Class Fall 2019"
)
print("")
print("")
print("")
print("{:^80}".format("Enigma Machine"))
print("")
print("")
print("{:^80}".format("Decryption"))
print("")
print("{:^80}".format("Enter your key or hit Enter to generate key"))
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
print("")
key = input("Enter Key: ")
if key == '':
key = getKey()
xkey = ''
for i in key:
xkey = xkey + str(i)
key = xkey
return key
# encrypt.py
# Quang Hoang
# 27 OCT 2019
# This is the encryption
import generateKey
import charSet
from Screens import *
from Utilities import getMessage
key = generateKey.getKey()
def encrypt():
text = encryption()
print(text)
encryptMessage = ''
for i in text:
inbound = charSet.charSet["letterSet"]
outbound = charSet.charSet["plugBoard"]
index = inbound.index(i)
encryptMessage = encryptMessage + outbound[index]
#wordOut = outbound[index]
print(encryptMessage)
return encryptMessage
'''
for k in key:
inbound = outbound
outbound = charSet.charSet["Rotor_{}".format(k)]
for x in wordOut:
index = inbound.index(x)